Architectural

From the CAD application it is possible to draw up all the plans necessary to develop the graphics and diagrams for better definition and understanding of the preventative measures defined in the Safety Report, with indication of the technical specifications necessary.

CADelement is an ONLINE parametric generator of CAD elements for LISP® software. Generated programs can be used FREE of charge in all CAD platforms: AutoCAD®, BricsCAD®, GstarCAD®, IntelliCAD®, progeCAD®, ZwCAD®, ZwCAD+®, and others.

e-CAD Reinforced Concrete + e-CAD Basic for ZwCAD, ZwCAD+ (Ferroconcrete) It is a set of tools for ZwCAD which accelerates and facilitates the design of reinforced concrete constructions in accordance with the newest European Union regulations. The program allows for defining the technical parameters of reinforced concrete elements in dialog boxes and, then, for their automatic insertion in a drawing with one mouse click. Using the program saves many hours of work, is easy, quick and pleasant.

e-CAD Steel + e-CAD Basic for ZwCAD, ZwCAD+ The first on the market set of tools CAD platform, helpful in designing steel constructions. All elements drawn by the program were constructed according to directives from the newest European Norms. This program allows to define the parameters of steel elements in dialog windows in intuitive way, and then allows to put it on the market automatically with one click of a mouse. Operating with this program helps to save many hours of work and is easy, fast, pleasant.

Our company exists since 2000 and deals with services in addition to the design, consultancy and sales of CAD / CAM. We are an authorized distributor of programs for professionals.
More info You can find on: http://www.zwcad.pl/tools-3.html

EZ-Plant provides real nursery plants, sizes and costs and is very easy for users to customize, no matter where a project is located, and with automatic text labeling, changes can be accommodated in seconds.

Tecnobit is a software house establishe in 1986 and is mainly focused on the AEC industry. It develops a number of software products for architects, engineers, surveyors and other professionals in the AEC field.

With ARKIplan you will develop a whole architectural project using your CAD software. It does not change your way of working in ZWCAD but it adds a lot of new tools and utilities which will be really useful for your designs.

With TOP-Parcel you will easily split a field defined by an irregular polygon in so many parts with the same surface as you want. Every perimeter line is solved by TOP-Parcel, even if it has curved parts.

e-CAD Zelbet for ZwCAD It is a set of tools for ZwCAD which accelerates and facilitates the design of reinforced concrete constructions in accordance with the newest European Union regulations. The program allows for defining the technical

Bethel Ingeniería presents Trazar City Tools - An innovative software for Architects, Designers, Engineers, and Builders that allows you to do the following: HVAC Duct System, Sanitary & Plumbing Lines, Fire Protection, Electrical Power and Lighting, Fire Alarm System. Trazar City Tools is easy to use and is available for ZWCAD User to download and free activation for Limited Time. This software support AutoCAD 2000-2012, Bricscad V10 (or higher) for Windows, Bricscad V10 (or higher) for Linux, ZWCAD 2011 (or higher).

Accordant provides an extremely powerful and flexible solution for Real Estate Management giving users control of their second most expensive asset (after their people!) It can be installed on a client's network or delivered from a 100% hosted/serviced environment (SaaS). CAD Drawings are registered with a central Web server which then publishes layouts to all users and can link people, assets and cost centres to locations. The people finder and space monitor apps can be published to all web users providing excellent feedback on current configurations and eliminating mistakes. Accurate headcount and space figures can be obtained with (typically) one seventh of the effort and cost of competing systems. Comprehensive Moves and Space reporting modules manage change without needing constant CAD updates and manage space without having to draw lines around everything. Full drag and drop support for moves with barcode asset survey capabilities and full documentation generated automatically by the online PDF report generator.

Civil

DRAWING THE NETWORK
AnkiSOFT Yazılım's wastewater (sewerage) network hydraulic design software, pissuCAD; is developped for wastewater network of infrastructure projects. It is for to draw/modelling/design/analyse the wastewater network under ZWCAD.

DRAWING THE NETWORK
AnkiSOFT Yazılım's stormwater network hydraulic design software, yasuCAD; is developped for stormwater network of infrastructure projects. It is for to draw/modelling/design/analyse the stormwater network under ZWCAD.

DRAWING THE NETWORK
AnkiSOFT Yazılım's water transmission line design software, isaleCAD; is developped for water transmission line of infrastructure projects. It is for to draw/modelling/design/analyse the water transmission line under ZWCAD.

DRAWING THE NETWORK
AnkiSOFT Yazılım's water supply (drinking water) network hydraulic design software, isuCAD; is developped for water supply network of infrastructure projects. It is for to draw/modelling/design/analyse the water supply network under ZWCAD.

Introduction
The Professional Version is designed to assist users in all the phases of carrying out a Surveying project. Its main users include the public administration, construction companies, engineering firms, architects, town planners, companies dedicated to earthworks, quarries, mining firms, environmental companies, etc., as well as independent professionals.
Surveying points
The program begins with the coordinates, which are obtained from any total station or GPS, by converting files from data collectors or from other application through a powerful format manager. It has a CAD-independent point viewer, with view controls, 3D orbit…
Points are intelligent CAD objects, so that they can be deleted, moved, changed to another layer, by using standard CAD commands, or can be blocks with attributes, making the drawing fully compatible with other CAD applications. In addition, any kind of editing operation can be executed, for instance interpolating, changing heights, sorting by levels, filtering, assigning codes, labeling coordinates, grouping points, changing their visibility, and so on. Coordinates can be changed by using an editor similar to an electronic sheet. Selection can be made by number, level, height, group, code or graphically. Each point can be associated to a document, drawing or photograph via a hyperlink. Points can have alphanumeric names and it is possible to display points with different shapes and colors within the same drawing.
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Point Clouds
It is possible to manage millions of points imported from files in common formats: generic scanner files and LIDAR standard format files.
The application allows the users to import several point clouds separately or import them to a single file, with all information stored in each point.
Points Visualization
Visualization can be set up in orthographic or perspective mode, and it has tools for zooming, panning and changing viewpoints , etc.
Points can be viewed in natural colour, intensity or category. The amount percentage of points to be displayed and the pixel size of the points can be controlled. The point cloud can also be viewed in stereoscopic mode with active and passive systems.
On opening a drawing with TcpMDT, the users can control the visibility of every layer.
Profiles
The quick profile option enables the users to get an immediate view on the profile which is on a reference plane and generated from a polyline drawn on the screen.
By executing the command, MDT presents profile by generating an image consisting of the projection of points selected within a distance, with real coordinates and size, which allows the user to draw it in the viewer or on the CAD.
More accurate results can be obtained by drawing alignments or importing them from TcpMDT. Profiles and cross sections are created by alignments and can be drawn manually or directly on the CAD.
Digital Terrain Model
The software features several options for selecting the points to be processed. Thus, points can be filtered in accordance with their position or category, and the boundary can be delimited by a rectangle or 3D box.
Once the points are selected, the digital model can be created. The result can be viewed on the point cloud and also be stored as a surface or mesh.

GA Znaki includes a comprehensive library of traffic signs, allows you to map out road markings and design traffic management. The software is offering a whole range tools and generators allowing user to create road signs according to polish standards for vertical, horizontal signs and traffic safety devices.

Template Definition
Templates can be defined by parameters or selecting a polyline in AutoCAD. The distances from the center of template to alignment, roadbed thickness and superelevation criteria must be given. It is possible to apply different templates to intervals of alignment and interpolate their dimensions.
Cross section calculation and editing
The measured cross-sections can be computed from points, giving the Station interval, minimum number of points, tolerances, etc. Also with the editor are included tools for removing, adding or moving points before drawing
Cross-section drawing
It is possible to draw cross-sections in AutoCAD, in individual mode or by sheets. There are options to label differences between project and measured cross-sections as well as station, heights, areas, etc.
Tunnel Drawing
It is possible to create a 3D view of measured cross-sections as a wireline drawing. There are options to draw measured and project cross-sections, the alignment in 3D, longitudinal lines, etc.
Volume Calculation
The program computes volumes of infra and over-excavation by comparing project and measured cross-sections. Reports can be generated and sent to printer, ASCII or HTML files and exported to Word or Excel.

CivilCAD, created by ARQCOM, is designed to automate and simplify civil engineering and land surveying tasks within ZWCAD+ 2012. With over 20, 000 users since its introduction in 1996, CivilCAD is the standard for government agencies, construction companies and universities in Latin America.
With CivilCAD, you can quickly create profiles, cross sections, contour lines, land subdivision, cut and fill volume calculations, and over 100 additional useful routines. You can complement this software with additional modules such as Water and Wastewater networks, Road Design, Mass Haul Data Export, Pluvial Wastewater networks and the new import/export data Interface for Google Earth™.

ESurvey KML converts your CAD data to KML and publishes it in Google Earth. Google Earth is a geo-browser which represents the Earth as a three-dimensional globe. Converting data available in Google earth in the form of KML File to 2 Dimensional CAD drawing and Vice Versa is possible with ‘ESurvey KML’.
Features offered in ESurvey KML
Export CAD Drawing to KML File (Point (Place Marker), Text, Line, Pline (Path), Polygon)
Import KML File data as CAD Drawing (Point (Place Maker), Text, Line, Pline (Path), Polygon)
Convert UTM Coordinate to Lat Long
Convert Lat Long Coordinate to UTM
Find Lat long of a Point with in your CAD Editor
Benefit of choosing ESurvey KML
Present your Drawing data on Google Earth and Impress your Customer
Cross Check Survey Data with Google Earth Data to ensure accuracy
Import Available Data from KML File and avoid retracing
Publish (Export) your CAD Data to Google Earth KML File
2 Dimensional Drawings created in CAD (AutoCAD / BricsCAD / GstrarCAD / ZWCAD) including entities such as point, text, line, Poly line, polygon, etc. can be published (exported) to Google Earth in the form of KML File using ESurvey KML.
Import Places information from Google Earth KML File into your CAD Package (AutoCAD / BricsCAD / GstrarCAD / ZWCAD) Data stored as place markers, Path or Polygon in Google Earth KML File can be imported to CAD Package using ESurvey KML.
Convert UTM Coordinate to Latitude Longitude
ESurvey KML allows you to convert UTM coordinate to respective Latitude Longitude. Single point conversion can be done with specific entry.
UTM Converter converts given Easting Northing to Latitude / Longitude. This utility supports several map datum such as NAD83/WGS84, GRS 80, WGS72, Australian 1965, Krasovsky 1940, Clarke 1866, Bessel 1841 and Everest 1830.
When there are more points to be converted, with Bulk option you can convert series of UTM Coordinates to Latitude Longitude at one shot via excel file using ESurvey KML.
Convert Lat Long Coordinate to UTM
ESurvey KML allows you to convert Latitude Longitude to respective UTM coordinate. Single point conversion can be done with specific entry.
When there are more points to be converted, with Bulk option you can convert series of Latitude Longitude Coordinates to UTM at one shot via excel file using ESurvey KML.
Find Lat long of a Point within your CAD Editor (AutoCAD / BricsCAD / GStrarCAD / ZWCAD)
When the CAD Drawing is represented with Correct UTM Coordinates, using FLL Command of ESurvey KML we can find the Latitude longitude of any point in the drawing with Single Click.
Before Running the Program we need to set the Map Datum (Ellipsoid), Hemisphere and Zone.
After Setting the Datum, you can locate the Lat Long Point using ‘FLL’ Command

E Survey Lisps ZWCAD/AutoCAD users have their own set of lisps for automation, which save a lot of time. But searching for a suitable lisp from this set of lisps is difficult. Also, most of these lisps are freely available on the Internet or custom made and hence are not properly documented. To address these issues, ‘E Survey Lisps’ has been developed. ‘E Survey Lisps’ is a collection of tailor-made lisp routines developed exclusively for AutoCAD users working on Survey drawings. Features: Access all Survey related macros from single elegantly defined menu Macros classified into 13 categories ranging from text to interpolation Benefits: Saves considerable time while working with Survey Drawings. Increase the output drawing quality and productivity to a great extent.

General Tools

Curvefit is the only polyline optimizer that produces smooth, accurate, tangent linework and simultaneously reduces the number of vertices by an order of magnitude. It uses a state-of-the-art fuzzy logic processor and produces result far superior to any “weeder”.

Auto-layering, and dozens of powerful commands and macros increase your productivity for any kind of work. Many toolbars are provided, along with configurable Options, a Macro Help dialog, and extensive Help system.

Scalypso is a software suite for the reconstruction of CAD geometry out of 3D laser scan data. It supports with a wide range file formats and comes with a build-in real-time interface to ZWCAD+. The software suite provides a set of powerful but easy to use tools, including methods for format transformation, scan registration, 3D data analysis, CAD reconstruction, and the management of 3D laser scan projects. The station-based handling of 3D point clouds allows the creation of as-built documentation with an unlimited number of scans.

Batch Print is a batch CAD drawings print software tool, it can be widely used in Mechanics, Electronics, Architecture, Survey, Decoration industry, and can significantly reduce your manual labor and save papers and money. Batch Print provide ActiveX development interface for user, and supply integrate use with PLM.

GIS

MapBrowser is a software for visualization and query of cartographic data directly in the CAD environment, DWG compatible. It allows to access GIS data on Web by WMS, WFS, ArcIMS services.
On these data it is possible to make queries, filters, zoom with the main aim to obtain, directly in the CAD graphic editor, georeferenced maps themed to suite your needs.

Overlay drawing PROFILEK to ZWCAD. Overlay written specifically to take advantage of its plumbing designers in their daily work. All elements inserted by Profilka are on the structured layers do not cluttering the figure on which we are working.

We have developed graphical calculation technology that eliminates mathematical calculations and equation solving from the design process.
Based on the technology we have developed Graficalc, SectionCalc, and ToleranceCalc products. GrafiCalc we sell via the web. ToleranceCalc is AutoDesk Inventor 2012 certfied tolerance anlysis plug-in. SectionCalc is automatic CAD section property calculator. It can read DXF file as input from all poular CAD applications. It can then calculate 14 vital section properties with 1 click.
We are interested in offering SectionCalc as an add-on product to ZWCAD 2D for use by mechanical, civil, HVAC, and structural engineers.

ICADAM Technologies has developed a true knowledge-based CAD/CAM solution for the industry. ICADAM's CAD/CAM Solutions provides a powerful knowledge-based platform that allows customers to easily customize their CAD/CAM system based on their design know-how, requirements & company practices.

Patterning Key is a software for fashion pattern design. Its main purpose is to incorporate all the power and accuracy of computer processing to the basic tasks of the pattern design: creation, digitized, adaptations, grading, printing, and marker making.

Pipe

EPLANT-P&ID has a predefined graphic symbol library (ISA standard), easily modifiable by the user. The user can specify which information is automatically copied from the drawing files to the data base module and modify all report formats. Each object type (Equipment, Control Valves, Relief Valves, etc.) can have a different data structure.

School/University

Structural

Auto_C.A. is the program for the executive drawing of reinforced concrete environment in ZWCAD 2015 Pro, GstarCAD 2015, AutoCAD and AutoCAD LT (vers. 2007-2016)
You easily customize to fit your standards and your working methods.

This program helps you to generate all types of 3D wood structures for roof elements. To create the structure model you just have to indicate the characteristics of the structure and select the inclined roof planes.

MultiSTEEL - drawing steel into a new dimension. Powerful and flexible drawing commands. High productivity CAD drafting. 2D and 3D structure representation. International section libraries for hot rolled and cold formed sections. Tools for all of your drafting and modeling needs. Extensive library of standard connections

EPLANT-STH is intended as a complement for EPLANT-Piping module. Although many of the EPLANT-STH objects could be drawn using CAD alone, EPLANT-STH creates very small drawing files and it is easy to change dimensions (and shapes) due to the parametric definitions.

Survey

The Standard version is suitable for all kinds of surveying, terrain profile and volume calculation projects. Its main users include the public administration, construction companies, engineering firms, architects, town planners, companies dedicated to earthworks, quarries, mining firms, environmental companies etc., as well as independent professionals.
Surveying Points
The program begins with the coordinates, which are obtained from any total station or GPS, by converting files from data collectors or from other application through a powerful format manager. It has a CAD-independent point viewer, with viewer controls, 3D orbit etc.
Points are intelligent CAD objects. That is the reason why they can be deleted, moved, changed to another layer, and so on, by using conventional commands or blocks with attributes, thereby facilitating its compatibility with other CAD applications or systems. Additionally, any kind of editing operation can be executed, such as: interpolating, changing heights, sorting by levels, filtering, assigning codes, labeling coordinates, grouping points, changing their visibility, and so on Coordinates can be changed by using an editor, which is similar to an electronic sheet. Selection can be made by number, level, height, group, code or graphically. Each point can be associated to a document, ...

It features functions that allow working with projected and local geographic coordinate systems, including support for multiple ellipsoids, datums, projections and geoid models.
This module integrates the geodesic parameter database of the OGP (International Association of Oil & Gas Producers, formed in 2005 after merging with the EPSG - the European Petroleum Survey Group), featuring hundreds of coordinate systems and transformations of geodesic and vertical datums from all the regions around the world.
MDT includes the cartographic project library PROJ.4 as well.
Its powerful geodesic calculator is very useful for most common coordinate transformations.
The software converts most of the files obtained from total stations and data collectors. The distinction between points and stations can be configured based on their numbers or codes. Using an editor helps to filter and classify observations.
MDT computes coordinates by radiation, inverse bisection, direct intersection, inverse intersection and leveling procedures. It draws points and stations as well.
It calculates the disorientation of reciprocal observations and instrument angle errors (azimuth and zenith) for direct-inverse circle observations.
When calculating average distances and height differences, it can apply adjustments to measured points which are computed from observation equations. Other optional corrections are atmospheric factors, refraction and sphericity, distance reduction to horizon, sea level and reduction to ellipsoid.
MDT can make itinerary compensation (closed, open or linked to one or more fixed points), as well as network compensation by different methods: using angles, distances or both, by least squares, proportional to coordinates, proportional to distances, Crandall’s Law, or rotation and homothety.
Observation data can be shown in total station or theodolite modes, choosing for display horizontal or geometric distance, vertical angle or height difference.
It can perform the following coordinate transformations methods:
• 2D: XY translations, Helmert 4 parameters, Affine and Projective.
• 3D: XYZ translations and Helmert 7 parameters.
• 2D+1D: Helmert 4 parameters + Z Displacement and Helmert 4 parameters + Z Displacement and Gradients in XY.
The transformations can be created by parameters, points or import of origin and destination coordinate files.
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Orthophotos
MDT Images inserts in the current CAD drawing one or several orthophotos with most common formats (see requirements) at their real coordinates.
Aerial Photographies and Scanned Maps
There are different options for geo-referencing images, so that real terrain coordinates are assigned.
The simplest option consists of drawing reference lines for connecting known points over the image to points on the CAD drawing. For more complex cases you can insert marks with names and then link them with topographic points.
Pictures with Location
MDT Images allows you to insert pictures in miniature with information about their location to the current CAD drawing such as the photos taken with smartphones and cameras with integrated GPS. Each photo is automatically linked with a topographic point, and also you can insert the picture with the scale chosen by the user at its location, in the same way as Google Maps. The EXIF information which contains in each image can be retrieved at any time.
WMS Maps
You can connect MDT to any of WMS services (Web Map Services), download an image and insert it in the current CAD drawing at real coordinates (cartographic institutes, cadaster, and other public and private organizations).
Operations on images
This module includes basic transformations over the images, such as turning, rotating, adjusting brightness, adjusting contrast, adjusting hue, adjusting saturation and adjusting balance colors. Also you can modify the size of the image, resolution and color depth. Other useful tools are: delimit a image with a boundary (closed polyline), divide a georeferenced image on sheets and paste a group of georeferenced images into a single final image.
Distort Image
By using reference lines or marks you can distort an image by two methods: projective transformation or rubber-sheeting. The projective transformation will adjust a maximum of four control points, independently of the number of those used for calculation. The rubber-sheeting technique is a bilinear transformation of each one of the image pixels, computed from pairs of origin and destination points. This technique will adjust all control points involved in the calculation.
The resulting images are created by using one interpolation method: next neighbors, bilinear, bicubic or Lagrange. As a result the mean squared error will be shown as well as maximum residuals.

This system allows the visualization in stereoscopic mode of analogical and digital aerial photographs, previously orientated. To see stereo you can use anaglyph glasses or professional stereoscopic vision hardware. It is especially useful for public administrations, mining companies, landslide, hydrology, environment, town planning, etc.

Tools for Developer

ObjectDCL allows drawing dialog boxes in ZWCAD+, easily and with more control than ever before. Configuration tabs can even be added to the ZWCAD+ Options/Preferences dialog. With ObjectDCL, the days of creating dialog boxes with the time consuming and confusing language of DCL are over.